Automatic and dynamic management of instant messenger do not disturb state via enterprise application

1. A method for peer to peer communication, the method comprising: receiving a message, via a communication program, from a first communication program user intended for a second communication program user; determining whether the second communication program user is in a do not disturb state; based on the second communication program user being in a do not disturb state, determining whether to override the do not disturb state of the second communication program user, wherein determining whether to override the do not disturb state comprises: retrieving static message information and communication program user characteristics, wherein the static message information comprises metadata describing the message and content of the message, and wherein the communication program user characteristics comprise individual employment characteristics and individual communication program preferences for the first communication program user and the second communication program user; determining whether a critical situation exists based on the received static message information, wherein determining whether the critical situation exists is performed in response to a timed interval, and wherein determining whether the critical situation exists comprises: parsing the received static message information to create a parsed term; and based on determining that the parsed term matches a predefined term, determining that the critical situation exists; in response to the existence of the critical situation, determining an importance value for the first communication program user and an importance value for the second communication program user, wherein the importance value for the first communication program user is based on the retrieved communication program user characteristics respective to the first communication program user, and wherein the importance value for the second communication program user is based on the retrieved communication program user characteristics respective to the second communication program user, and wherein determining importance values comprises evaluation of weighed values for discrete characteristics within the retrieved communication program user characteristics; comparing the importance value for the first communication program user and the importance value for the second communication program user against a minimum threshold value; based on determining that the importance value for the first communication program user exceeds the minimum threshold value, adding the first communication program user to a critsit users list, wherein the critsit users list comprises communication program users germane to the critical situation; based on determining that the importance value for the second communication program user exceeds the minimum threshold value, adding the second communication program user to the critsit users list; instructing the communication program to update a graphical user interface of the communication program with a visual indicator positioned next to each of the communication program users listed on the critsit users list, wherein the visual indictor identifies a critsit user capable of receiving a message; based on determining that the first communication program user and the second communication program user are on the same critsit users list, overriding the do not disturb state of the second communication program user; and based on determining to override the do not disturb state of the second communication program user, transmitting the message from the first communication program user to the second communication program user.